The smart grid has become a global trend in the development of power systems. In various sectors such as power plants, transmission and distribution systems, railway systems, and mining, substation equipment is a crucial component of power production. Traditional equipment is increasingly inadequate to meet the evolving needs of the smart grid. The future of the smart grid will necessitate the application of intelligent equipment to ensure safety, reliability, economic efficiency, and environmental sustainability.

To meet the demands for the intelligence of power equipment across different scenarios, real-time monitoring of the actual condition of power assets is essential. This allows for timely detection of potential issues, comprehensive analysis, and optimization of system operation. The goal is to transition from reactive fault repair, scheduled maintenance, and periodic testing to condition-based maintenance, thereby reducing the workload of inspections and maintenance tasks. More importantly, this approach aims to decrease the frequency of faults, minimize equipment damage, prevent unexpected failures, and eliminate emergency repairs, leading to significant reductions in maintenance costs and avoiding substantial direct economic losses caused by accidents. Ultimately, this approach supports full lifecycle management.

EanTech Energy excels in leveraging modern advanced technologies including measurement, sensing, control, communication, information, and artificial intelligence. By integrating these technologies with network systems and structural topology design, EanTech Energy consolidates disparate devices, functions, and information into a cohesive, coordinated system. The core architecture includes the intelligent traction power supply management system, intelligent power dispatching system, intelligent power operation and maintenance management system, and intelligent power equipment condition diagnostic system. The integration of sensor networks, communication networks, the Internet, the Internet of Things (IoT), and ubiquitous network technologies ensures optimal resource sharing and achieves centralized, efficient, scientific, and advanced comprehensive management.